Egypt’s China Built J10C Versus Israeli Planes

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Egypt is getting the Chinese Chengdu J-10C fighter aircraft equipped with PL-15 missiles. How does the Israeli Air Force’s (IAF) Lockheed Martin F-16 and F-35 fighters match up? This is an analysis of a range of factors including avionics, radar, stealth, weaponry, maneuverability, and operational context.

The J-10C is a 4.5-generation multirole fighter, while the F-16 spans various 4th- and 4.5-generation variants, and the F-35 is a 5th-generation stealth platform.

The J10C is competitive. China has around 200-300 J-10Cs in service by early 2025.

Egypt’s bought Chinese J-10C jets in 2024. This was partly motivated by frustration with U.S. restrictions and high costs. However, this was about strategic autonomy, not a literal inability to operate F-16s without U.S. approval for each takeoff.

The U.S. can and does restrict on advanced weaponry, spare parts, maintenance support, and software updates. It was not over a direct “permission to takeoff” restriction.

Egypt’s F-16s have historically been limited to older AIM-7 Sparrow missiles instead of the more advanced AIM-120 AMRAAM, partly due to U.S. concerns about maintaining Israel’s qualitative military edge (QME). U.S. law requires that limitation.

Aircraft Overviews
Chengdu J-10C (China)

Type: Single-engine, multirole fighter (4.5-generation).
First Flight: Entered service around 2018 as an upgraded variant of the J-10 series (initial J-10 flew in 1998).
Engine: WS-10B turbofan (Chinese-made), approximately 31,000 lbs of thrust with afterburner; earlier models used Russian AL-31FN engines.
Speed: Mach 1.8 (approx. 2,200 km/h at altitude).
Range: Combat radius around 550-1,000 km (depending on loadout and fuel tanks); ferry range up to 3,200 km.
Radar: Indigenous Active Electronically Scanned Array (AESA) radar, estimated detection range of 100-150 km for fighter-sized targets.
Stealth: Limited stealth features (e.g., diverterless supersonic inlet, some radar-absorbent coatings), but not a low-observable design.
Armament: 11 hardpoints, capable of carrying up to 5,600 kg. Key weapon for this comparison is the PL-15 missile.
Maneuverability: Delta-wing with canards and fly-by-wire system, offering high agility, especially at low speeds.

Lockheed Martin F-16 (Israel’s Variants)

Type: Single-engine, multirole fighter (4th- to 4.5-generation depending on variant).
First Flight: 1974, with continuous upgrades (Israeli F-16s include C/D and I models).
Engine: F110-GE-129 (most advanced Israeli variants), around 29,000 lbs of thrust with afterburner.
Speed: Mach 2.0 (approx. 2,450 km/h at altitude).
Range: Combat radius of 550-1,000 km (configuration-dependent); ferry range around 4,200 km with drop tanks.
Radar: Varies by model—older F-16C/Ds use APG-68 (mechanically scanned, 70-100 km detection range); F-16I Sufa has APG-68(V)9 or potentially AESA upgrades (120-150 km range).
Stealth: No inherent stealth; relies on electronic warfare (EW) for survivability.
Armament: 9 hardpoints, up to 7,800 kg payload. Common air-to-air missiles include AIM-120 AMRAAM (range ~120-180 km depending on variant) and AIM-9 Sidewinder.
Maneuverability: Highly agile due to relaxed stability design and fly-by-wire (later models), though less pronounced at low speeds compared to canard-delta designs.

Lockheed Martin F-35I Adir (Israel)

Type: Single-engine, multirole stealth fighter (5th-generation).
First Flight: 2006, entered IAF service in 2016 (F-35I is a customized variant).
Engine: Pratt & Whitney F135, ~43,000 lbs thrust with afterburner.
Speed: Mach 1.6 (approx. 1,960 km/h at altitude).
Range: Combat radius ~1,200 km on internal fuel; ferry range ~2,200 km.
Radar: AN/APG-81 AESA, detection range estimated at 150-200 km for fighter-sized targets, with superior jamming resistance.
Stealth: Low-observable design (radar cross-section estimated at 0.001-0.01 m²), significantly reducing detection range by enemy radar.
Armament: Internal bay for stealth missions (up to 5,700 lbs); external hardpoints increase payload to 18,000 lbs. Typically carries AIM-120D AMRAAM and AIM-9X Sidewinder.
Maneuverability: Moderate agility (not designed for dogfighting primacy), but excels in sensor fusion and situational awareness.

Key Weapon: PL-15 vs. AIM-120

PL-15 (China): A beyond-visual-range (BVR) air-to-air missile with an AESA seeker and dual-pulse motor. Range estimates vary—200-300 km for the domestic version used by China’s PLAAF, though export variants (PL-15E) are capped at ~145 km due to international restrictions. It’s designed to outrange most Western missiles, offering fire-and-forget capability with mid-course data-link updates. Egypt and others have the export version, PL-15E, so Israel missiles will have a range advantage.

AIM-120 AMRAAM (Israel): The IAF’s primary BVR missile, with the AIM-120D offering a range of ~180 km. It uses an active radar seeker and data-link, with proven reliability in combat. While shorter-ranged than the PL-15, it benefits from extensive integration with U.S. and Israeli systems.

Comparative Analysis
1. Radar and Sensors

J-10C: Its AESA radar is modern and competitive, likely matching or exceeding the F-16I’s capabilities in detection range and tracking (10+ targets, engaging 4-6). It also features an infrared search-and-track (IRST) system for passive detection, useful against stealth targets.
F-16: Older F-16C/D models lag with mechanically scanned radars, but the F-16I’s APG-68(V)9 or potential AESA upgrades narrow the gap. It lacks native IRST, relying on targeting pods or AWACS support.
F-35I: The AN/APG-81 is a standout, offering longer detection ranges, better resolution, and resistance to jamming. Coupled with the F-35’s sensor fusion (e.g., DAS, EOTS), it provides unmatched situational awareness, detecting threats like the J-10C well before being seen itself.

Edge: F-35I dominates due to stealth and sensor integration; J-10C slightly ahead of F-16 unless the latter has AESA upgrades.

2. Stealth and Survivability

J-10C: Not stealthy, with a radar cross-section (RCS) likely in the 1-3 m² range, reduced somewhat by coatings and inlet design. Vulnerable to early detection by advanced radars.
F-16: Similarly non-stealthy (RCS ~1-5 m²), relying on EW suites (e.g., Israeli-developed jammers) to evade missiles and radar locks.
F-35I: True stealth with a tiny RCS, making it detectable only at close range by most radars (e.g., 20-50 km vs. 100-150 km for non-stealth fighters). This allows it to strike first in BVR engagements.

Edge: F-35I by a wide margin; J-10C and F-16 are comparable, with F-16’s EW potentially giving it a slight defensive edge.

3. Weaponry

J-10C with PL-15: The PL-15’s range (200-300 km domestic, 145 km export) outclasses the AIM-120D, allowing first-shot opportunities in BVR combat. It can carry 4 PL-15s with dual racks, plus PL-10s for close range.
F-16 with AIM-120: The AIM-120D’s 180 km range is shorter, but its combat record and integration with IAF tactics are proven. Payload flexibility is high, though missile loadout is typically 4-6 AMRAAMs.
F-35I with AIM-120: Same missile limitations as the F-16, but stealth enables closer approaches before launch, negating some range disadvantage. Internal carriage preserves stealth; external loads increase visibility.

Edge: J-10C’s PL-15 gives it a BVR range advantage; F-35I’s stealth offsets this tactically; F-16 trails unless paired with superior tactics or support.

4. Maneuverability

J-10C: Excellent agility due to its canard-delta design and fly-by-wire system, particularly at low speeds—ideal for within-visual-range (WVR) dogfights.
F-16: Renowned for agility, thanks to its lightweight frame and fly-by-wire (later models). Slightly faster than the J-10C but less optimized for slow-speed turns.
F-35I: Less agile than both, designed for BVR dominance rather than WVR dogfighting. Still capable but not a match in a turning fight.

Edge: J-10C and F-16 are closely matched in WVR; F-35I lags but rarely engages at close range.

5. Operational Context

J-10C: Operated by China’s PLAAF with growing export use (e.g., Pakistan, potentially Egypt). Benefits from networked warfare with AWACS and ground radars, but lacks Israel’s combat experience.
F-16: The IAF’s F-16s have decades of real-world experience (e.g., Lebanon, Syria), with pilots trained to maximize the platform’s potential in complex scenarios.
F-35I: Israel’s cutting-edge asset, used in stealth strikes (e.g., alleged Syrian ops). Integrated with IAF’s robust command-and-control network, including AWACS and missile defenses.

Edge: IAF’s operational expertise and integration give F-16 and F-35 an advantage over the J-10C’s less-tested deployment.

Head-to-Head Dogfight Scenarios

J-10C vs. F-16

BVR: The J-10C’s PL-15 outranges the AIM-120, and its AESA radar may detect the F-16 first if the latter lacks AESA. However, Israeli EW and tactics could disrupt missile locks, and AWACS support might equalize detection. Slight J-10C edge unless F-16 leverages superior pilot skill.
WVR: Both are agile, with the J-10C’s canards giving a low-speed edge and the F-16 excelling at high-speed turns. Outcome depends heavily on pilot training and missile quality (PL-10 vs. AIM-9). Near tie, with IAF experience potentially tipping it to F-16.

J-10C vs. F-35I

BVR: The F-35I’s stealth renders it nearly invisible to the J-10C’s radar until too late, allowing a first shot with AIM-120D. The PL-15’s range is neutralized by the F-35’s ability to close undetected. Decisive F-35I advantage.
WVR: Rare due to F-35I’s BVR focus, but the J-10C’s agility would dominate a dogfight. J-10C edge, though unlikely to occur.

Conclusion

Against F-16: The J-10C holds a technological edge in BVR range and radar modernity, making it competitive or slightly superior in a one-on-one engagement. However, Israel’s F-16s benefit from battle-hardened pilots, advanced EW, and networked support, potentially offsetting these advantages. Outcome: Toss-up, leaning J-10C in isolation, F-16 in realistic IAF context.
Against F-35I: The F-35I’s stealth and sensor fusion provide a clear superiority, rendering the J-10C’s PL-15 less effective. The J-10C could only compete if paired with overwhelming numbers or external detection (e.g., AWACS), but even then, it’s outclassed. Outcome: F-35I dominates.

The IAF’s mix of F-16s and F-35Is would likely overwhelm a J-10C force due to stealth, experience, and integration, though the PL-15’s range poses a notable threat to non-stealth assets. Each platform shines in its niche: J-10C as a cost-effective 4.5-gen fighter, F-16 as a proven workhorse, and F-35I as a game-changer.

13 thoughts on “Egypt’s China Built J10C Versus Israeli Planes”

  1. The F35 is an over priced toy, not a realistic military grade weapon. With 872 listed defects by the Pentagon, it has serious shortcomings. It’s essentially useless. Ende.

    • Yup. The F-35 is an example of a plane that does everything, but nothing specifically very well. Hey gang, we’ve seen this movie before. Flash back to the early 1960’s, and the F-111. DOD Secretary of Defense McNamara wanted one plane to serve all major armed forces. Bad idea then, still is. A big, heavy, not very maneuverable plane that evolved into a VERY good light bomber. But as a fighter? Oh please…

      Think of the “resistance” the USAF had against the A-10 Warthog. A plane designed specifically for ground attack, and designed around a 30mm cannon that fired tungsten tipped, depleted uranium shells, that turned any target it hit including OUR OWN tanks, into, well, ick…. Point? It was designed to do just that, and it did it VERY, VERY well. As a fast, maneuverable fighter? Terrible. But it wasn’t designed for that. But for what it was designed to do? Oh, baby, it was absolutely fabulous.

      An engine could be blown off, it would still fly. The cockpit could be hit by cannon fire, and the pilot would be shaken, and stirred, but thanks to the titanium “bathtub” he sat in, still breathing. 60 years ago, a “one size fits all plane” was a bad idea. IMO, it still is.

  2. Algeria’s also buying new fighters:

    Algeria Says It’s The Su-57 Felon’s First Export Customer

    “Algeria’s state-run media has announced that the country is the first export customer for Russia’s Su-57 Felon new-generation fighter. The development follows a statement earlier this week from Russia that an undisclosed foreign customer will start to receive Su-57s this year. The vote of confidence could help improve the fortunes of the Su-57, which has so far suffered from a failed partnership with India and limited Russian orders and deliveries.”

    See:

    https://www.twz.com/air/algeria-says-its-the-su-57-felons-first-export-customer

  3. We know Chinese intelligence is very good. They have a lot agents , working in so many areas. Unfortunately, the current POTUS does not understand s***.. Period. He’s an idiot clown, who fired people trained to deal with this. So what do we do? It would be great if the GOP, had the balls to say, this is the Manchurian President, Putins puppet. Do I think they do? Nope. Cowards.

    • You are but the leftist fool. Idiot Biden let the Chinese using the balloon fly across the US. Hopefully President Trump will tell us what they found in the gondola of that ballon.

      • Leftist? Hardly. We learned a lot more by letting that balloon fly across our country (like what it did and how), then we would have by shooting it down before it entered our airspace (which we detected long before).

  4. You’re F16 BVR asumes usgae of AIM, but the main AA missiles of the IAF are Rafael’s localy made Python 4 and 5, which have a longer BVR than the J10c.
    The J10 is also based on the Israeli Lavi sold to China 20 years ago.

  5. In my opinion, breaking out of American dependence is itself a big leap, which will enable Egypt relatively greater independence in thought and action. Fighting Israel with Israeli weapons is stupidity beyond comprehension.

    • Yes, that’s true. But our newer planes including F-16’s were still building, like our newest planes are no longer using “fly-by-wire”, but were using “fly-by-light”. Optical technology has surpassed “fly-by-wire”. You see, a while back, our enemies discovered our reliance on electronics made us more vulnerable. So, we came up with other ways to do stuff. Optical systems are taking the place from fly-by-wire. Much harder to intercept, or screw with. Works for me…

  7. Do you know the operational cost by hour and the overall availability percentage? This is also important factor to consider

    • The J10 is an Israeli airplane secretly bought. The real bane is The Lavy and then bought from China… so Israel knows this plane, advantage for the IDF.

      • No, I don’t blame the IDF for this one. Trust me, they would not let anyone get their technology by choice. Know this, Chinese intelligence has more “agents” in the world, then all the other intelligence agencies on Earth, combined. One of the advantages of having the largest number of people on Earth, in a country, is you can recruit from a very large pool. You misunderstand how the world works, my friend.

        No one gives up their technological advantage if that’s the best they got. Not a lot of money, or people, so what you got left?

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